Reconfigurable chips made from logic blocks and programmable routing.
FPGAs have configurable logic blocks (LUTs and flip-flops), routing, block RAM, DSP slices and I/O. They implement parallel hardware that is reconfigurable after manufacture. Used for prototyping, signal processing, networking and low-latency control.
A software-defined radio runs its filters in an FPGA.
FPGAs let you build custom digital hardware that you can reconfigure, which speeds up development and suits high-speed parallel work.
Reconfigurable chips made from logic blocks and programmable routing.
FPGAs let you build custom digital hardware that you can reconfigure, which speeds up development and suits high-speed parallel work.
Configurable logic blocks, programmable interconnect and input and output blocks, with memory and DSP blocks in many devices.
When you need many parallel operations or precise timing that a sequential processor cannot achieve within its clock budget.
Typical applications include implementing a fast image filter on an FPGA for a camera, prototyping a custom processor core before making an ASIC and building a real-time motor controller with parallel logic.
Study "Hardware description languages" first (topic 52 of 104 in Electronics & Embedded). It covers the groundwork this topic builds on.
Place and route. Timing closure. Soft CPU cores.
A software-defined radio runs its filters in an FPGA.
The next topic is "ASIC design flow", which builds directly on this one.
It is classed as Intermediate in Electronics & Embedded (topic 53 of 104). It is an intermediate topic. Work through the beginner topics in Electronics & Embedded first.
Want to practise? Open the interactive course for quick checks, quizzes, simulations and progress tracking.